public void Collate() { var obj = new TestObj { CollateDefault = "Alpha ", CollateBinary = "Alpha ", CollateRTrim = "Alpha ", CollateNoCase = "Alpha ", }; var db = new OrmTestSession(); db.CreateTable<TestObj>(); db.Insert(obj); Assert.AreEqual(1, (from o in db.Table<TestObj>() where o.CollateDefault == "Alpha " select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateDefault == "ALPHA " select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateDefault == "Alpha" select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateDefault == "ALPHA" select o).Count()); Assert.AreEqual(1, (from o in db.Table<TestObj>() where o.CollateBinary == "Alpha " select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateBinary == "ALPHA " select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateBinary == "Alpha" select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateBinary == "ALPHA" select o).Count()); Assert.AreEqual(1, (from o in db.Table<TestObj>() where o.CollateRTrim == "Alpha " select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateRTrim == "ALPHA " select o).Count()); Assert.AreEqual(1, (from o in db.Table<TestObj>() where o.CollateRTrim == "Alpha" select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateRTrim == "ALPHA" select o).Count()); Assert.AreEqual(1, (from o in db.Table<TestObj>() where o.CollateNoCase == "Alpha " select o).Count()); Assert.AreEqual(1, (from o in db.Table<TestObj>() where o.CollateNoCase == "ALPHA " select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateNoCase == "Alpha" select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateNoCase == "ALPHA" select o).Count()); }
public void Collate() { var obj = new TestObj { CollateDefault = "Alpha ", CollateBinary = "Alpha ", CollateRTrim = "Alpha ", CollateNoCase = "Alpha ", }; var db = new TestDb(new SQLitePlatformTest(), TestPath.GetTempFileName()); db.Insert(obj); Assert.AreEqual(1, (from o in db.Table<TestObj>() where o.CollateDefault == "Alpha " select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateDefault == "ALPHA " select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateDefault == "Alpha" select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateDefault == "ALPHA" select o).Count()); Assert.AreEqual(1, (from o in db.Table<TestObj>() where o.CollateBinary == "Alpha " select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateBinary == "ALPHA " select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateBinary == "Alpha" select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateBinary == "ALPHA" select o).Count()); Assert.AreEqual(1, (from o in db.Table<TestObj>() where o.CollateRTrim == "Alpha " select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateRTrim == "ALPHA " select o).Count()); Assert.AreEqual(1, (from o in db.Table<TestObj>() where o.CollateRTrim == "Alpha" select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateRTrim == "ALPHA" select o).Count()); Assert.AreEqual(1, (from o in db.Table<TestObj>() where o.CollateNoCase == "Alpha " select o).Count()); Assert.AreEqual(1, (from o in db.Table<TestObj>() where o.CollateNoCase == "ALPHA " select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateNoCase == "Alpha" select o).Count()); Assert.AreEqual(0, (from o in db.Table<TestObj>() where o.CollateNoCase == "ALPHA" select o).Count()); }
public static int Main() { TestObj obj = new TestObj (); TestObj clone; if (sbah + obj.bah + obj.amethod () != 8) return 1; clone = (TestObj)obj.MemberwiseClone (); if (clone.boh != 2) return 1; return 0; }
public void IsKeyPrivate_Defaults_To_Expected_Convention() { PrivateKeySetter setter = new PrivateKeySetter(); TestObj test = new TestObj(); Assert.IsTrue(setter.IsKeyPrivate(test)); }
public void IsKeyPrivate_Returns_True() { PrivateKeySetter setter = new PrivateKeySetter(); TestObj test = new TestObj(); Assert.IsTrue(setter.IsKeyPrivate(test, "PrivateSetter")); }
public void IsKeyPrivate_Throws_If_Property_Not_Found() { PrivateKeySetter setter = new PrivateKeySetter(); TestObj test = new TestObj(); setter.IsKeyPrivate(test, "NotFound"); }
public void testobj_get_set_BSTR_prop() { const string expected = "Test set string"; var obj = new TestObj(); obj.TestStringProp2 = expected; Assert.Equal(expected, obj.TestStringProp2); }
public void testobj_get_set_testprop() { const int expected = 2; var obj = new TestObj(); obj.TestProp = expected; Assert.Equal(expected, obj.TestProp); }
//[Test] public void ObjToDicTest() { var obj = new TestObj { Country = CountryCodeEnum1.DZ, Other = OtherEnum1.EnumValue2 }; var sh = new MappingSchema { Extensions = TypeExtension.GetExtensions("Map.xml") }; var pars = sh.MapObjectToDictionary(obj); Assert.AreEqual("DZ", pars["country_code"]); Assert.AreEqual(101, pars["other"]); }
public void SetId_Defaults_To_Expected_Convention() { PrivateKeySetter setter = new PrivateKeySetter(); TestObj test = new TestObj(); const string idValue = "10"; Assert.IsTrue(setter.SetKey(test, idValue)); Assert.IsTrue(test.PrivateSetter == 0); Assert.IsTrue(test.PublicSetter == Guid.Empty); }
public void SetId_Returns_True_And_Sets_Property_With_Private_Setter() { PrivateKeySetter setter = new PrivateKeySetter(); TestObj test = new TestObj(); const int idValue = 10; Assert.IsTrue(setter.SetKey(test, "PrivateSetter", idValue)); Assert.IsTrue(test.Id == null); Assert.IsTrue(test.PrivateSetter == idValue); Assert.IsTrue(test.PublicSetter == Guid.Empty); }
public void TestGetGUID() { var testObj = new TestObj("This is a simple test hope shit does not go wrong!!", 666); var record = database.Save(testObj); Assert.IsTrue(Object.ReferenceEquals(testObj, record.Value), "IObjectDatabase.Save failed to return the same object that was passed to it in the returned record"); record = database.Get<TestObj>(record.UniqueId); Assert.IsTrue(Object.ReferenceEquals(testObj, record.Value), "IObjectDatabase.Get(GUID) failed to return an object from memory"); database.Dispose(); database = new SQLiteObjectDatabase(databaseFile); var newRecord = database.Get<TestObj>(record.UniqueId); Assert.IsTrue(record.UniqueId == newRecord.UniqueId && testObj.Value1 == newRecord.Value.Value1 && testObj.Value2 == newRecord.Value.Value2, "IObjectDatabase.Get(GUID) failed to return an object from storage"); }
public void StringContains() { var db = new OrmTestSession(); db.CreateTable<TestObj>(); var testObj = new TestObj { Name = "This is a Good name" }; db.Insert(testObj); var stringContainsTest = (from n in db.Table<TestObj>() where n.Name.Contains("Good") select n).Single(); Assert.AreEqual(testObj.Id, stringContainsTest.Id); var finder = "good"; stringContainsTest = (from n in db.Table<TestObj>() where n.Name.Contains(finder) select n).Single(); Assert.AreEqual(testObj.Id, stringContainsTest.Id); }
public void InsertSucceeds () { var db = new TestDb (); db.CreateTable<TestObj> (); var o = new TestObj { Text = "Hello", IgnoredText = "World", }; db.Insert (o); Assert.AreEqual (1, o.Id); }
public void StringStartsWith() { var db = new OrmTestSession(); db.CreateTable<TestObj>(); var testObj = new TestObj { Name = "This is a Good name" }; db.Insert(testObj); var stringContainsTest = (from n in db.Table<TestObj>() where n.Name.StartsWith("This") select n).Single(); Assert.AreEqual(testObj.Id, stringContainsTest.Id); var finder = "name"; stringContainsTest = (from n in db.Table<TestObj>() where n.Name.StartsWith(finder) select n).SingleOrDefault(); Assert.IsNull(stringContainsTest); }
public void can_deserialize_id_with_private_setter() { using (var documentStore = NewDocumentStore()) using (var session = documentStore.OpenSession()) { var testObj = new TestObj(1000, 123); session.Store(testObj); session.SaveChanges(); session.Advanced.Clear(); var load = session.Load<TestObj>(1000); Assert.Equal(123, load.AnotherLong); Assert.Equal(1000, load.Id); } }
void TestDateTime(TestDb db) { db.CreateTable<TestObj> (); TestObj o, o2; // // Ticks // o = new TestObj { ModifiedTime = new DateTime (2012, 1, 14, 3, 2, 1, 234), }; db.Insert (o); o2 = db.Get<TestObj> (o.Id); Assert.AreEqual (o.ModifiedTime, o2.ModifiedTime); }
void TestAsyncDateTime(SQLiteAsyncConnection db) { db.CreateTableAsync<TestObj> ().Wait (); TestObj o, o2; // // Ticks // o = new TestObj { ModifiedTime = new DateTime (2012, 1, 14, 3, 2, 1, 234), }; db.InsertAsync (o).Wait (); o2 = db.GetAsync<TestObj> (o.Id).Result; Assert.AreEqual (o.ModifiedTime, o2.ModifiedTime); }
public void InsertIntoTwoTables() { var obj1 = new TestObj() { Text = "GLaDOS loves testing!" }; var obj2 = new TestObj2() { Text = "Keep testing, just keep testing" }; var numIn1 = _db.Insert(obj1); Assert.AreEqual(1, numIn1); var numIn2 = _db.Insert(obj2); Assert.AreEqual(1, numIn2); var result1 = _db.Query<TestObj>("select * from TestObj").ToList(); Assert.AreEqual(numIn1, result1.Count); Assert.AreEqual(obj1.Text, result1.First().Text); var result2 = _db.Query<TestObj>("select * from TestObj2").ToList(); Assert.AreEqual(numIn2, result2.Count); }
public void GetDoesntHaveIgnores () { var db = new TestDb (); db.CreateTable<TestObj> (); var o = new TestObj { Text = "Hello", IgnoredText = "World", }; db.Insert (o); var oo = db.Get<TestObj> (o.Id); Assert.AreEqual ("Hello", oo.Text); Assert.AreEqual (null, oo.IgnoredText); }
private async Task TestAsyncDateTime(SQLiteAsyncConnection db) { await db.CreateTableAsync<TestObj>(); TestObj o, o2; // // Ticks // o = new TestObj { ModifiedTime = new DateTime(2012, 1, 14, 3, 2, 1), }; await db.InsertAsync(o); o2 = await db.GetAsync<TestObj>(o.Id); Assert.AreEqual(o.ModifiedTime, o2.ModifiedTime); }
private async Task TestAsyncDateTime(SQLiteAsyncConnection db, bool storeDateTimeAsTicks) { await db.CreateTableAsync<TestObj>(); var org = new TestObj { Time1 = DateTime.UtcNow, Time2 = DateTime.Now, }; await db.InsertAsync(org); var fromDb = await db.GetAsync<TestObj>(org.Id); Assert.AreEqual(fromDb.Time1.ToUniversalTime(), org.Time1.ToUniversalTime()); Assert.AreEqual(fromDb.Time2.ToUniversalTime(), org.Time2.ToUniversalTime()); Assert.AreEqual(fromDb.Time1.ToLocalTime(), org.Time1.ToLocalTime()); Assert.AreEqual(fromDb.Time2.ToLocalTime(), org.Time2.ToLocalTime()); }
public void It_Should_Create_A_Dictionary_From_An_Object() { // Arrange var testObj = new TestObj(); var reflector = new Reflector(); // Act var exprObject = (DictionaryValue) reflector.GenerateExpressionConstant(testObj); // Assert Assert.That(exprObject, Is.Not.Null); Assert.That(exprObject.ValueAt("MyProperty").Value, Is.EqualTo(testObj.MyProperty)); Assert.That(exprObject.ValueAt("MyPropertyWithPrivateSetter").Value, Is.EqualTo(testObj.MyPropertyWithPrivateSetter)); Assert.That(exprObject.ValueAt("MyPublicField").Value, Is.EqualTo(testObj.MyPublicField)); Assert.That(exprObject.ValueAt("MyPrivateProperty").HasValue, Is.False); Assert.That(exprObject.ValueAt("MyPrivateField").HasValue, Is.False); }
public void AutoGuid_HasGuid() { var db = new SQLiteConnection(TestPath.GetTempFileName()); db.CreateTable<TestObj>(CreateFlags.AutoIncPK); var guid1 = new Guid("36473164-C9E4-4CDF-B266-A0B287C85623"); var guid2 = new Guid("BC5C4C4A-CA57-4B61-8B53-9FD4673528B6"); var obj1 = new TestObj() { Id = guid1, Text = "First Guid Object" }; var obj2 = new TestObj() { Id = guid2, Text = "Second Guid Object" }; db.Insert(obj1); db.Insert(obj2); Assert.AreEqual(guid1, obj1.Id); Assert.AreEqual(guid2, obj2.Id); db.Close(); }
public void AutoGuid_EmptyGuid() { var db = new SQLiteConnection(TestPath.GetTempFileName()); db.CreateTable<TestObj>(CreateFlags.AutoIncPK); var obj1 = new TestObj() { Text = "First Guid Object" }; var obj2 = new TestObj() { Text = "Second Guid Object" }; Assert.AreEqual(Guid.Empty, obj1.Id); Assert.AreEqual(Guid.Empty, obj2.Id); db.Insert(obj1); db.Insert(obj2); Assert.AreNotEqual(Guid.Empty, obj1.Id); Assert.AreNotEqual(Guid.Empty, obj2.Id); Assert.AreNotEqual(obj1.Id, obj2.Id); db.Close(); }
private async Task TestAsyncDateTime(SQLiteAsyncConnection db, bool storeDateTimeAsTicks) { await db.CreateTableAsync<TestObj>(); TestObj o, o2; // // Ticks // o = new TestObj { ModifiedTime = DateTime.UtcNow, }; await db.InsertAsync(o); o2 = await db.GetAsync<TestObj>(o.Id); Assert.AreEqual(o.ModifiedTime, o2.ModifiedTime.ToUniversalTime()); var expectedTimeZone = storeDateTimeAsTicks ? DateTimeKind.Utc : DateTimeKind.Local; Assert.AreEqual(o2.ModifiedTime.Kind, expectedTimeZone); }
private void TestDateTime(TestDb db) { db.CreateTable<TestObj>(); TestObj o, o2; // // Ticks // o = new TestObj { ModifiedTime = DateTime.UtcNow, }; db.Insert(o); o2 = db.Get<TestObj>(o.Id); Assert.AreEqual(o.ModifiedTime, o2.ModifiedTime.ToUniversalTime()); var expectedTimeZone = db.StoreDateTimeAsTicks ? DateTimeKind.Utc : DateTimeKind.Local; Assert.AreEqual(o2.ModifiedTime.Kind, expectedTimeZone); }
private void TestDateTime(TestDb db) { db.CreateTable<TestObj>(); // // Ticks // var org = new TestObj { Time1 = DateTime.UtcNow, Time2 = DateTime.Now, }; db.Insert(org); var fromDb = db.Get<TestObj>(org.Id); Assert.AreEqual(fromDb.Time1.ToUniversalTime(), org.Time1.ToUniversalTime()); Assert.AreEqual(fromDb.Time2.ToUniversalTime(), org.Time2.ToUniversalTime()); Assert.AreEqual(fromDb.Time1.ToLocalTime(), org.Time1.ToLocalTime()); Assert.AreEqual(fromDb.Time2.ToLocalTime(), org.Time2.ToLocalTime()); }
public void ShouldPersistAndReadGuid() { var db = new TestDb(TestPath.GetTempFileName()); var obj1 = new TestObj() { Id=new Guid("36473164-C9E4-4CDF-B266-A0B287C85623"), Text = "First Guid Object" }; var obj2 = new TestObj() { Id=new Guid("BC5C4C4A-CA57-4B61-8B53-9FD4673528B6"), Text = "Second Guid Object" }; var numIn1 = db.Insert(obj1); var numIn2 = db.Insert(obj2); Assert.AreEqual(1, numIn1); Assert.AreEqual(1, numIn2); var result = db.Query<TestObj>("select * from TestObj").ToList(); Assert.AreEqual(2, result.Count); Assert.AreEqual(obj1.Text, result[0].Text); Assert.AreEqual(obj2.Text, result[1].Text); Assert.AreEqual(obj1.Id, result[0].Id); Assert.AreEqual(obj2.Id, result[1].Id); db.Close(); }
private void TestDateTime(TestDb db) { db.CreateTable <TestObj>(); // // Ticks // var org = new TestObj { Time1 = DateTime.UtcNow, Time2 = DateTime.Now, }; db.Insert(org); var fromDb = db.Get <TestObj>(org.Id); Assert.AreEqual(fromDb.Time1.ToUniversalTime(), org.Time1.ToUniversalTime()); Assert.AreEqual(fromDb.Time2.ToUniversalTime(), org.Time2.ToUniversalTime()); Assert.AreEqual(fromDb.Time1.ToLocalTime(), org.Time1.ToLocalTime()); Assert.AreEqual(fromDb.Time2.ToLocalTime(), org.Time2.ToLocalTime()); }
public void InsertTraces() { var oldTracer = _db.Tracer; var oldTrace = _db.Trace; var traces = new List <string> (); _db.Tracer = traces.Add; _db.Trace = true; var obj1 = new TestObj() { Text = "GLaDOS loves tracing!" }; var numIn1 = _db.Insert(obj1); Assert.AreEqual(1, numIn1); Assert.AreEqual(1, traces.Count); _db.Tracer = oldTracer; _db.Trace = oldTrace; }
public void TestGetPropertyName() { var o = new TestObj(); Assert.Equal("PropertyOne", o.GetPropertyName(() => o.PropertyOne)); Assert.Equal("PropertyOne", o.GetPropertyName(() => - o.PropertyOne)); Assert.Throws <ArgumentNullException>(() => o.GetPropertyName <int>(null)); var ex = Assert.Throws <ArgumentException>(() => o.GetPropertyName(() => o.MethodOne())); Assert.Equal("Expression invalide. Doit être appelé avec une expression de type\r\nn() => PropertyName\r\nNom du paramètre : expression", ex.Message); ex = Assert.Throws <ArgumentException>(() => o.GetPropertyName(() => - o.MethodOne())); Assert.Equal("Expression unaire invalide. Doit être appelé avec une expression de type\r\nn() => PropertyName\r\nNom du paramètre : expression", ex.Message); ex = Assert.Throws <ArgumentException>(() => o.GetPropertyName(() => o.FieldOne)); Assert.Equal("Expression invalide. Doit être appelé avec une expression de type\r\nn() => PropertyName\r\nNom du paramètre : expression", ex.Message); int varOne = o.MethodOne(); ex = Assert.Throws <ArgumentException>(() => o.GetPropertyName(() => varOne)); Assert.Equal("Expression invalide. Doit être appelé avec une expression de type\r\nn() => PropertyName\r\nNom du paramètre : expression", ex.Message); ex = Assert.Throws <ArgumentException>(() => o.GetPropertyName(() => - varOne)); Assert.Equal("Expression invalide. Doit être appelé avec une expression de type\r\nn() => PropertyName\r\nNom du paramètre : expression", ex.Message); var anony = new { PropertyOne = 1 }; ex = Assert.Throws <ArgumentException>(() => o.GetPropertyName(() => anony.PropertyOne)); Assert.Equal("Expression invalide. Doit être appelé avec une expression de type\r\nn() => PropertyName\r\nNom du paramètre : expression", ex.Message); ex = Assert.Throws <ArgumentException>(() => o.GetPropertyName(() => TestObj.StaticPropertyOne)); Assert.Equal("Expression invalide. Doit être appelé avec une expression de type\r\nn() => PropertyName\r\nNom du paramètre : expression", ex.Message); ex = Assert.Throws <ArgumentException>(() => o.GetPropertyName(() => 123)); Assert.Equal("Expression invalide. Doit être appelé avec une expression de type\r\nn() => PropertyName\r\nNom du paramètre : expression", ex.Message); }
public void can_deserialize_id_with_private_setter() { using (var documentStore = new EmbeddableDocumentStore { RunInMemory = true }) { documentStore.Initialize(); using (var session = documentStore.OpenSession()) { var testObj = new TestObj(1000, 123); session.Store(testObj); session.SaveChanges(); session.Advanced.Clear(); var load = session.Load <TestObj>(1000); Assert.Equal(123, load.AnotherLong); Assert.Equal(1000, load.Id); } } }
public async Task ClusterWideTransaction_WhenImportThenLoadAndUpdateWhileDeleted_ShouldFailUpdate() { var(nodes, leader) = await CreateRaftCluster(3); using var documentStore = GetDocumentStore(new Options { Server = leader, ReplicationFactor = nodes.Count }); var entity = new TestObj(); using (var source = GetDocumentStore()) { using var session = source.OpenAsyncSession(new SessionOptions { TransactionMode = TransactionMode.ClusterWide }); await session.StoreAsync(entity); await session.SaveChangesAsync(); var operation = await source.Smuggler.ExportAsync(new DatabaseSmugglerExportOptions(), documentStore.Smuggler); await operation.WaitForCompletionAsync(TimeSpan.FromMinutes(1)); } await LoadAndUpdateWhileDeleted(nodes, documentStore.Database, entity.Id); }
public async Task ClusterWideTransaction_WhenStore_ShouldCreateCompareExchange() { var(nodes, leader) = await CreateRaftCluster(3); using var store = GetDocumentStore(new Options { Server = leader, ReplicationFactor = nodes.Count }); var entity = new TestObj(); using (var session = store.OpenAsyncSession(new SessionOptions { TransactionMode = TransactionMode.ClusterWide })) { await session.StoreAsync(entity); await session.SaveChangesAsync(); } var result = await store.Operations.SendAsync(new GetCompareExchangeValuesOperation <TestObj>("")); Assert.Single(result); Assert.EndsWith(entity.Id, result.Single().Key, StringComparison.OrdinalIgnoreCase); }
public void HashTable_find_items_with_contains() { var ht = new HashTable(); var objs = new TestObj[] { new TestObj { Number = 5 }, new TestObj { Number = 1 } }; Assert.False(ht.Contains(objs[0])); ht.Add(objs[0], objs[0].Number); ht.Add(objs[1], objs[1].Number); Assert.True(ht.Contains(objs[0])); Assert.True(ht.ContainsValue((int)5)); }
public void StringColumnContainsStringFunctionTest() { var db = new OrmTestSession(); db.CreateTable <TestObj>(); var testObj = new TestObj { Name = "This is a Good name" }; db.Insert(testObj); var finderObj = new TestObj { Name = "good" }; Func <string> finder = () => finderObj.Name; var stringContainsTest = (from n in db.Table <TestObj>() where n.Name.Contains(finder()) select n).Single(); Assert.AreEqual(testObj.Id, stringContainsTest.Id); }
public void InsertUsingSavePointsOnACommittedTransaction() { var obj = new TestObj { Text = "Matthew" }; using (var db = new OrmTestSession()) { db.CreateTable <TestObj>(); var trans = db.BeginTransaction(); trans.CreateSavepoint("First"); trans.Commit(); #if SILVERLIGHT || MS_TEST ExceptionAssert.Throws <SqliteException>(() => trans.RollbackSavepoint("First")); #elif NETFX_CORE Assert.ThrowsException <SqliteException>(() => trans.RollbackSavepoint("First")); #else Assert.Catch <SqliteException>(() => trans.RollbackSavepoint("First")); #endif } }
private async Task TestAsyncDateTime(SQLiteAsyncConnection db, bool storeDateTimeAsTicks) { await db.CreateTableAsync <TestObj>(); TestObj o, o2; // // Ticks // o = new TestObj { ModifiedTime = DateTime.UtcNow, }; await db.InsertAsync(o); o2 = await db.GetAsync <TestObj>(o.Id); Assert.AreEqual(o.ModifiedTime, o2.ModifiedTime.ToUniversalTime()); var expectedTimeZone = storeDateTimeAsTicks ? DateTimeKind.Utc : DateTimeKind.Local; Assert.AreEqual(o2.ModifiedTime.Kind, expectedTimeZone); }
public void DifferShouldDiffObjectArrayElementsByIndexWhenUsingIndexEnumerableDiffer() { var differ = GetDiffer(true); var obj1 = new TestObj { Id = 1 }; var obj2 = new TestObj { Id = 2 }; IEnumerable <TestObj> array = new List <TestObj> { obj1, obj2 }; // should return 2 child diffs, one for each array element, even though the elements in each array are equal var diff = differ.Diff(array, array.Reverse()); Assert.AreEqual(2, diff.ChildDiffs.Count()); Assert.IsTrue(diff.ChildDiffs.Any(d => d.NewValue == obj1 && d.OldValue == obj2)); Assert.IsTrue(diff.ChildDiffs.Any(d => d.NewValue == obj2 && d.OldValue == obj1)); }
public void InsertAllWithinATransactionSucceeds() { var db = new OrmTestSession(); db.CreateTable <TestObj>(); var first = new TestObj { Text = "First" }; var second = new TestObj { Text = "Second" }; var third = new TestObj { Text = "Third" }; using (var trans = db.BeginTransaction()) { var inObjs = db.InsertAll(new[] { first, second, third }, false); trans.Commit(); } Assert.AreEqual(3, db.Table <TestObj>().Count()); }
public void AutoGuid_HasGuid() { var db = GetConnection(CreateFlags.AutoIncPK); var guid1 = new Guid("36473164-C9E4-4CDF-B266-A0B287C85623"); var guid2 = new Guid("BC5C4C4A-CA57-4B61-8B53-9FD4673528B6"); var obj1 = new TestObj() { Id = guid1, Text = "First Guid Object" }; var obj2 = new TestObj() { Id = guid2, Text = "Second Guid Object" }; var numIn1 = db.Insert(obj1); var numIn2 = db.Insert(obj2); Assert.AreEqual(guid1, obj1.Id); Assert.AreEqual(guid2, obj2.Id); db.Close(); }
public void NonNullNullableValueNestedInObject_ExpectJsonUnaffected() { var testObj = new TestObj { NullableFrequency = Frequency.FromHertz(10), NonNullableFrequency = Frequency.FromHertz(10) }; // Ugly manually formatted JSON string is used because string literals with newlines are rendered differently // on the build server (i.e. the build server uses '\r' instead of '\n') string expectedJson = "{\n" + " \"NullableFrequency\": {\n" + " \"Unit\": \"FrequencyUnit.Hertz\",\n" + " \"Value\": 10.0\n" + " },\n" + " \"NonNullableFrequency\": {\n" + " \"Unit\": \"FrequencyUnit.Hertz\",\n" + " \"Value\": 10.0\n" + " }\n" + "}"; string json = SerializeObject(testObj); Assert.Equal(expectedJson, json); }
public void InsertTwoTimes() { var obj1 = new TestObj() { Text = "GLaDOS loves testing!" }; var obj2 = new TestObj() { Text = "Keep testing, just keep testing" }; var numIn1 = _db.Insert(obj1); var numIn2 = _db.Insert(obj2); Assert.AreEqual(1, numIn1); Assert.AreEqual(1, numIn2); var result = _db.Query <TestObj>("select * from TestObj").ToList(); Assert.AreEqual(2, result.Count); Assert.AreEqual(obj1.Text, result[0].Text); Assert.AreEqual(obj2.Text, result[1].Text); }
public void InsertOrReplace() { _db.TraceListener = DebugTraceListener.Instance; _db.InsertAll(from i in Enumerable.Range(1, 20) select new TestObj { Text = "#" + i }); Assert.AreEqual(20, _db.Table <TestObj>().Count()); var t = new TestObj { Id = 5, Text = "Foo", }; _db.InsertOrReplace(t); List <TestObj> r = (from x in _db.Table <TestObj>() orderby x.Id select x).ToList(); Assert.AreEqual(20, r.Count); Assert.AreEqual("Foo", r[4].Text); }
public Task Run() { var t = Task.Run(() => { try { while (true) { using (var dbConnection = new DbConnection(SQLiteOpenFlags.FullMutex | SQLiteOpenFlags.ReadWrite)) { System.Diagnostics.Debug.WriteLine($"{Environment.CurrentManagedThreadId} Start insert"); for (var i = 0; i < 50; i++) { var newRecord = new TestObj() { }; dbConnection.Insert(newRecord); } System.Diagnostics.Debug.WriteLine($"{Environment.CurrentManagedThreadId} Inserted records"); } // No await so we stay on the same thread Task.Delay(1).GetAwaiter().GetResult(); cancellationToken.ThrowIfCancellationRequested(); } } catch (OperationCanceledException) { } }); return(t); }
void Spawn() { TestObj obj = (TestObj)Poolers.Ins.GetObject(pre); obj.OnSpawn(); }
static List <long> RunSerializer(IJsonSerializer jsonSerializer, int iterations, TestObj testObj) { var timing = new List <long>(); var sw = new Stopwatch(); for (int i = 0; i < iterations; i++) { sw.Start(); var serialised = jsonSerializer.SerializeToString(testObj); sw.Stop(); timing.Add(sw.ElapsedTicks); sw.Reset(); } return(timing); }
public static void AssignNewInstance(TestObj testObj) { testObj = new TestObj { Val = "Changed in AssignNewInstance" }; }
public void LoadObj() { testObj = ObjectHandler.ReadObject <TestObj>("testObj.json", fileType: FileType.Json); }
public void MultiplePkOperations() { var db = new OrmTestSession(); db.CreateTable <TestObj>(); // insert const int n = 10, m = 5; var objs = new TestObj[n * m]; for (int j = 0; j != n; ++j) { for (int i = 0; i != m; ++i) { objs[j * m + i] = new TestObj { Id = j, SubId = i, Text = "I am (" + j + "," + i + ")" }; } } int numIn = db.InsertAll(objs); Assert.AreEqual(numIn, n * m, "Num inserted must = num objects"); var obj = db.Get <TestObj>(5, 3); Assert.AreEqual(5, obj.Id); Assert.AreEqual(3, obj.SubId); Assert.AreEqual("I am (5,3)", obj.Text); try { db.Insert(obj); } catch (SqliteException ex) { Assert.AreEqual(SQLiteErrorCode.Constraint, ex.ErrorCode); } // update obj.Text = "I've been changed"; db.Update(obj); db.Update <TestObj>("Text", "I've been changed also", 8, 2); obj = db.Get <TestObj>(5, 3); Assert.AreEqual("I've been changed", obj.Text); obj = db.Get <TestObj>(8, 2); Assert.AreEqual("I've been changed also", obj.Text); db.UpdateAll <TestObj>("Text", "All changed"); IEnumerable <TestObj> q1 = from o in db.Table <TestObj>() select o; foreach (TestObj o in q1) { Assert.AreEqual("All changed", o.Text); } TestObj[] q2 = (from o in db.Table <TestObj>() where o.SubId == 3 select o).ToArray(); Assert.AreEqual(10, q2.Length); for (int i = 0; i != 10; ++i) { Assert.AreEqual(i, q2[i].Id); } object numCount = db.Table <TestObj>().Count(); Assert.AreEqual(numCount, objs.Length, "Num counted must = num objects"); // delete obj = db.Get <TestObj>(8, 2); db.Delete(obj); ExceptionAssert.Throws <InvalidOperationException>(() => db.Get <TestObj>(8, 2)); db.Execute("delete from TestObj where SubId=2"); numCount = db.ExecuteScalar <int>("select count(*) from TestObj"); Assert.AreEqual(numCount, objs.Length - 10); foreach (TestObj o in (from o in db.Table <TestObj>() select o)) { Assert.AreNotEqual(2, o.SubId); } }
public static void Main() { // This test suite does not use the Test Runner infrastructure as it requires a // reboot of the physical device to verify the references have been saved. It relies // on the test harness to time it out if it fails to complete because of issues with // EWR persistence. // Skip test on Emulator if (Microsoft.SPOT.Hardware.SystemInfo.SystemID.SKU == 3) { StartTestLog("Emulator, skipping..."); EndTestLog(0, 0, 1); } else { ewrs[0] = ExtendedWeakReference.Recover(typeof(TestRunTracker), 0); if (ewrs[0] == null) { ewrs[0] = ExtendedWeakReference.RecoverOrCreate( typeof(TestRunTracker), 0, ExtendedWeakReference.c_SurviveBoot | ExtendedWeakReference.c_SurvivePowerdown); runTracker = new TestRunTracker() { RebootCount = -1, TestState = TestRunTracker.State.Initialize }; } else { runTracker = (TestRunTracker)ewrs[0].Target; } Log.Comment("State: " + runTracker.TestState + ", Reboot Count: " + runTracker.RebootCount); switch (runTracker.TestState) { // Initial state case TestRunTracker.State.Initialize: if (runTracker.RebootCount == -1) { StartTestLog("No EWR found, initializing for first run..."); } else { StartTestLog("Previous EWR found. Re-initializing..."); } runTracker.TestState = TestRunTracker.State.HardReboot; runTracker.RebootCount = 0; runTracker.TestState = TestRunTracker.State.HardReboot; for (uint i = 1; i < 10; i++) { ewrs[i] = ExtendedWeakReference.RecoverOrCreate(typeof(TestObj), i, ExtendedWeakReference.c_SurvivePowerdown | ExtendedWeakReference.c_SurviveBoot); TestObj obj = new TestObj(); ewrs[i].Target = obj; runTracker.objHashes[i] = obj.GetHashCode(); } break; // HardReboot cases - Reboots 1 - 3 case TestRunTracker.State.HardReboot: Debug.Print("<TestMethod name=\"HardReboot" + runTracker.RebootCount + "\">"); // Validate objects if (ValidateEWR(true)) { Debug.Print(" <TestMethodResult Result=\"Pass\">"); runTracker.PassCount++; } else { Debug.Print(" <TestMethodResult Result=\"Fail\">"); runTracker.FailCount++; } Debug.Print(" <Text><![CDATA[TEST: HardReboot" + runTracker.RebootCount + "]]></Text>" + TimeStamp()); Debug.Print(" </TestMethodResult>"); Debug.Print("</TestMethod>"); // End test if (runTracker.RebootCount >= 3) { runTracker.TestState = TestRunTracker.State.SoftReboot; } break; // SoftReboot cases - Reboots 4 - 6 case TestRunTracker.State.SoftReboot: Debug.Print("<TestMethod name=\"SoftReboot" + runTracker.RebootCount + "\">"); // Validate objects if (ValidateEWR(true)) { Debug.Print(" <TestMethodResult Result=\"Pass\">"); runTracker.PassCount++; } else { Debug.Print(" <TestMethodResult Result=\"Fail\">"); runTracker.FailCount++; } Debug.Print(" <Text><![CDATA[TEST: SoftReboot" + runTracker.RebootCount + "]]></Text>" + TimeStamp()); Debug.Print(" </TestMethodResult>"); Debug.Print("</TestMethod>"); // End test if (runTracker.RebootCount >= 6) { runTracker.TestState = TestRunTracker.State.Restore; } break; // Restore cases - Reboots 7 - 8 case TestRunTracker.State.Restore: Debug.Print("<TestMethod name=\"Restore" + runTracker.RebootCount + "\">"); if (runTracker.RebootCount == 7) { Log.Comment("Restore and Pushback with Soft Reboot"); } else { Log.Comment("Restore and Pushback with Hard Reboot"); } // Validate objects if (ValidateEWR(false)) { Debug.Print(" <TestMethodResult Result=\"Pass\">"); runTracker.PassCount++; } else { Debug.Print(" <TestMethodResult Result=\"Fail\">"); runTracker.FailCount++; } Debug.Print(" <Text><![CDATA[TEST: SoftReboot" + runTracker.RebootCount + "]]></Text>" + TimeStamp()); Debug.Print(" </TestMethodResult>"); Debug.Print("</TestMethod>"); if (runTracker.RebootCount > 8) { runTracker.TestState = TestRunTracker.State.Complete; } break; // Tests complete case TestRunTracker.State.Complete: runTracker.TestState = TestRunTracker.State.Initialize; // Close logs EndTestLog(runTracker.PassCount, runTracker.FailCount, 0); break; } runTracker.RebootCount++; ewrs[0].Target = runTracker; // Need to sleep to make sure debug buffer has chance to flush before rebooting // This should not be needed for EWR any longer System.Threading.Thread.Sleep(15000); switch (runTracker.TestState) { case TestRunTracker.State.HardReboot: PowerState.RebootDevice(false); break; case TestRunTracker.State.SoftReboot: PowerState.RebootDevice(true); break; case TestRunTracker.State.Restore: if (runTracker.RebootCount == 8) { PowerState.RebootDevice(true); } else { PowerState.RebootDevice(false); } break; } // fall through to end test suite } }
public void GetMapMarkers(TestObj t) { // .. }
public IActionResult Test(TestObj model) { return(View(model)); }
private void DeserializeCallback(System.IO.BinaryReader reader, StatusInstance <TestObj> instance, TestObj obj) { Assert.AreEqual("hello", reader.ReadString()); Assert.AreEqual(true, reader.ReadBoolean()); if (instance.GetStatus <TestStatus>() == TestStatus.A) { deserializedInstanceA = instance; } }
public void AutoGuid_EmptyGuid() { var db = new SQLiteConnection(new SQLitePlatformTest(), TestPath.GetTempFileName()); db.CreateTable<TestObj>(CreateFlags.AutoIncPK); var guid1 = new Guid("36473164-C9E4-4CDF-B266-A0B287C85623"); var guid2 = new Guid("BC5C4C4A-CA57-4B61-8B53-9FD4673528B6"); var obj1 = new TestObj { Text = "First Guid Object" }; var obj2 = new TestObj { Text = "Second Guid Object" }; Assert.AreEqual(Guid.Empty, obj1.Id); Assert.AreEqual(Guid.Empty, obj2.Id); int numIn1 = db.Insert(obj1); int numIn2 = db.Insert(obj2); Assert.AreNotEqual(Guid.Empty, obj1.Id); Assert.AreNotEqual(Guid.Empty, obj2.Id); Assert.AreNotEqual(obj1.Id, obj2.Id); db.Close(); }